LLD-AIO-004. User Manual Ver.: V1.00

Transcription

1 LLD-AIO-004 User Manual Ver.: V1.00

2 Table of Contents 1. Product introduction Product description Introduction to the appearance Product specifications Hardware specifications LED indicator description Pin definition of each communication and control interface BeagleBone Green core board and LLD-AIO-004 Cape wiring explanation Software specifications Ethernet Console connection RS-232 Console connection Combination experiment of LLD-AIO-004 with LLD-M Wiring Upload execution file Execute program... 22

3 EBox-AIO-002 Multi - function signal controller simple operation manual 1. Product introduction 1.1.Product description DC IN 1.2 Introduction to the appearance 9-24V DIP SW x2 UART x2 BBG Console RS-232 x1 RS-485 x2 GPIO x16 1

4 2. Product specifications 2.1.Hardware specifications System Core BeagleBone Green Module GPIO Quantity:22 Type:3.3V CMOS 2.54mm pin header connector x 16 GPIO DIP Switch x 2 GPIO LED x 3 GPIO Beeper x 1 GPIO RS-232 port Quantity:1 RS-232 Signal:TxD, RxD, RTS, CTS, DTR, DSR, DCD,GND Protection:15KV ESD Static,400W Surge Protection Connector:DB9 Male RS-485 port Quantity:2 RS-485 Signal:Data+, Data-, GND (support Auto Data Direction Control) Multi-Drop Nodes : 400 Built-in Terminal Resistor : 120,Setting by Jumper (Need to open the case) Protection:2KV isolated protection, 15KV ESD Static, 400W Surge Protection Connector:3.5mm Terminal Block UART port Quantity:2 UART(A) Signal:TxD RxD GND UART(B) Signal:TxD GND Connector:3.50mm Terminal Block Digital Input Quantity:3 Input voltage:5~24vdc Signal Type:Sink mode Protection:2000Vrms optically isolated protection Connector:3.5mm Terminal Block BBG RS-232 Console Quantity:1 Signal:RS-232 (TxD, RxD, GND) Connector:3-pin 2.54mm PIN block Serial Port Parameter Baud Rate:300 ~ 921,600 bps Parity:None, Even, Odd, Mark, Space Data Bits:5, 6, 7, 8 Stop Bit:1, 1.5, 2 bits Flow Control(RS-232 only):rts/cts, XON/XOFF, None Power Working Voltage:DC 9~24VDC Power Connector:5.00mm Terminal Block Power Consumption:<5W (exclude USB device) Power output:3.3v & 5V DC(1A max) 2

5 Power supply output contacts::combine GPIO pin header connector with UART terminal block Others Real Time Clock (RTC): 1 Buzzer : 1 LED indicator:power, network, serial port, control signal, user defined PCB size:98 x 102 Fixed hole: 3.50mm x 8 (Fix BBG x4,pcb pad high x4) Applicable Temperature:0~50 Applicable Humidity:20%~80% RHG Connection to BBG 2x PIN block: 2 VDC Working Voltage UART: 5 GPIO :22 RTC(I2C):1 1x wafer: 1 BBG Console :1 BeagleBone Green Built-in communication function Ethernet:100Mbps,RJ45 x 1 USB Host:USB 2.0,TypeA x 1 USB Client:microUSB,TypeB x 1 (Can not be used as LLD-AIO-004 power supply input) SD:MicroSD socket x 1 3

6 2.2.LED indicator description System properties Power Power indicator Connect the operating voltage orrectly. System System indicator Linuxnormally completed boot.(about 15 to 20 seconds to start light) RS-232 RS-232 data indicator red:data receiving green:data transmission RS-485(1) RS-485(1) data indicator red:data receiving green:data transmission RS-485(2) RS-485(2) data indicator red:data receiving green:data transmission UART(A) UART(A) data indicator red:data receiving green:data transmission U-def1 U-def1 User control lights User control by DO(Digital Output) U-Def2 U-def2 User control lights User control by DO(Digital Output) 4

7 2.3.Pin definition of each communication and control interface LAN1 LAN2 (Ethernet) Working Voltage Input Pin Signal 1 ETX+ 2 ETX- 3 ERX+ 6 ERX- RJ45 Pin Signal 1 DC + 2 GND DC Range: 12V DC 5.00mm TB 1 RS-232 Pin Signal 1 DCD 2 RxD 3 TxD 4 DTR 5 GND 6 DSR 7 RTS 8 CTS 9 x GPIO DB9 Pin Signal Pin Signal 1 GPIO01 2 GPIO02 3 GPIO03 4 GPIO04 5 GPIO05 6 GPIO06 7 GPIO07 8 GPIO08 9 GPIO09 10 GPIO10 11 GPIO11 12 GPIO12 13 GPIO13 14 GPIO14 15 GPIO15 16 GPIO16 17 GND 18 GND 19 X 20 DV5V 20- pin header connector 1 RS-232 Console Digital Input Pin Signal 1 TxD 2 RxD 3 GND mmTB Pin Signal 1 DC 5V 2 DC 3.3V 3 GND 4 TX(B) 5 RX(A) 6 TX(A) 3.50mmTB 1 RS-485 Pin Signal 1 D1+ 2 D1-3 GND 4 D2+ 5 D2-6 GND mmTB 1 RS-485 Terminating resistance - Need to open the shell without Short Terminating resistance with Open Terminating resistance D1 D2 5

8 2.4.BeagleBone Green core board and LLD-AIO-004 Cape wiring explanation Please connect LLD-AIO-004 proprietary Console cable with BeagleBone Green's core board. (1.) BegaleBone Green core board 1 When using a dedicated cable, note the wiring order.from right to left that order is from black white green three colors. (2.) LLD-AIO-004 Cape 2.5.Software specifications OS:Linux(LLD technology optimization) Common drivers:ethernet UART RS-232 RS-485 GPIO RTC Common service:ssh lightttp web server MSQL Example program:communication RS-232 RS-485 UART) GPIO(GPIO DIP Switch LED LLD-M01 I/Omodel) Development environment:c Language,in Linux or Window OS 6

9 2.6.Ethernet Console connection A. Ethernet Console Introduction a. After Internet connected with LLD-AIO-004,we can controlling and operating file on the system b. Connet computer with LLD-AIO-004 port by internet cable If the ordinary network lead the operation problem,can change into crossover testing c. Set the computer IP to LLD AIO-004 same network segment LLD AIO-004 default IP is Netmask is WINDOWS XP ENVIRONMENT SETTING Step.01a My network places right-click- Properties Ethernet right-click-properties;or hit Control panel. Notice:DO not set IP address to X. The Range of X is1~255.also,do not use the same X number like LLD AIO-004.! 7

10 WINDOWS 7 ENVIRONMENT SETTING Step.01b Start Control Panel Network and Internet-View network status and tasks. Step.02 Change adapter settings. 8

11 Step.03 Ethernet(Wi-Fi) right-click Properties. Step.04 網際網路通訊協定第 4 版 (TCP/IPv4) Properties. 9

12 Step.05 IP address: ;subnet mask: OK. Step.06 Click OK button when the setting is completed. 10

13 B. Putty operation Please copy attached file-putty.exe to Desktop and execute. Step.01 Host Name (or IP address) key in Connection type choose Telnet,Port will automatically change to 23 Press Open after the setting is completed. 11

14 Step.02 Login operation. Please refer to Telnet login Login successful 12

15 2.7.RS-232 Console connection A. Serial Console introduction Through the RS-232 interface in computer to control and execute the file operation on EBox-AIO-004 embedded system B. Putty operating Step.01 Connect Console Port / RS-232(female) on EBox AIO-004 with RS-232(male) on computer for each other. Please copy attached file putty.exe to Desktop and execute. 13

16 Step.02 Select the type of connection ( Connection type click Serial ) Setting RS-232 Port (Serial line) and Speed Speed (baud): on computer. If you don t know port number. Please search ComPort at Administrator Setting Configure the serial line properties (Connection on left choose Serial) Data bits:8 Stop bits:1 Parity:None Flow control:none Press Open after the setting is completed. 14

17 Step.03 Account password default is root. But the password word is hidden and will not be displayed Step.04 Complete login 15

18 Step.05 If the input is wrong, need to enter the account and password again. 16

19 Computer administrator Comport query STEP.01 Press System in Control Panel STEP.02 Click Device Manager 17

20 STEP.03 We can find Comm Port under option port (COM and LPT). Notice: 裝置管理員 means Device Manager under. STEP.04 Choose the active port. 18

21 3. Combination experiment of LLD-AIO-004 with LLD-M Wiring (1.) LLD-AIO (2.) LLD-M01 + (3.) Complete wiring 19

22 3.2. Upload execution file Upload the file via FTP (1.) Open FTP key in Default IP: ID/PWD:root (2.) Select the executable file to upload, Upload as shown below 20

23 (3.) Change the executable permissions (3-1.) Check if the files you just uploaded are present (instruction:ls l) (3-2.)key in instruction :chmod +x file name(example:gpio.exe),as shown below 21

24 3.3. Execute program This case is a GPIO control example Program description: (1) execute gpio.exe 1:System, U-def1, U-def2 LED turns on and off on LLD-AIO-004 board (2) execute gpio.exe 2: Buzzer will make Be Be sound twice on LLD-AIO-004 board (3) execute gpio.exe 3:Read DIP Switch status (4) execute gpio.exe 4:Control LLD-M01 DO and read DI status execute gpio.exe 4 as follows: LLD-M01 Execution state 22